129610A LHe/ LN2 Cryostat System
Complete cryostat for measurement from 5K to 600K with Solartron material analyzers (1260A, Modulab MTS ..).
The Cryostat 129610A is a modified version of the Janish Research STVP. The model 129610A is designed to work from 5K to 600K, the sample is positioned in a dry, inert zone, without gas exchange which ensures that it is not in contact with cryogenic vapors.
The model 129610A works with liquid helium and liquid nitrogen, which allows the instrument to reach a very wide range of temperatures.Read more >
1200° Oven for Electrical Analyzes
Solartron and its partners have developed this tubular oven for your electrical tests with the 1260A impedance meter and the Modulab XM MTS.
Totally designed around our measuring systems, this very high precision furnace is adjustable with your Solartron instrument.
For simplicity, the access and positioning of your sample is very simple and our platinum samples allow you to carry out your tests at very high temperatures.
2 available sample holders:
- 129621A: Sample holder for discs for characterization I-V, C-V, impedance, Van Der Pauw ….
- 129621B: Different sample holders and bars for characterization I-V, C-V, impedance, Van Der Pauw, SeeBeck ..Read more >
Versastudio software is designed to control your Princetton Applied Research potentiostats.
It analyzes the results, prepares your reports and integrates almost all electrochemical experiments: voltammetry, corrosion, EIS, energy …
Versastudio is a free software that controls, analyses and edits for your potentiostats/ galvanostats:
• Versastat 3: Base Versastat model (current 6500mA, polarisation +/- 12V)
• Versastat 3F: Model integrating a floating mass for your cells to be connecte to their own mass
• Versastat 4: Evolution model (current 1A, active filters)
• PARSTAT 4000: Entirely integrated model (current 4A, EIS 10µHz – 5MHz, voltage compliance 48V)
• PARSTAT MC: Multichannel (8) potentiostat with a current compliance of 2A
For PARSTAT4000 and PARTSAT MC the embedded software is automatically version -500.
It allows you to implement your electrochemical measurements in a simple way with only your experimental parameters to be validated. When buying your potentiostat you must choose the version you want to use, only the acquired techniques will be accessible by the potentiostat; Thereafter you can increase the number of techniques available via updates.
Depending on your instrument some or all of the software options will be available:
Version 100 : First DC Voltammetry Techniques
Open Circuit, Linear Scan Voltammetry, Cyclic Voltammetry (single), Cyclic Voltammetry (multiple cycles), Chronoamperometry, EIS
Version 200 : Advanced DV Voltammetry Techniques and EIS
VersaStudio 100 + Staircase Linear Scan Voltammetry, Staircase Cyclic Voltammetry (single), Chronoamperometry, Chronopotentiometry, Chronocoulometry, Fast Potential Pulses, Fast Galvanic Pulses, Recurrent potential pulses, Recurrent galvanic pulses, Square wave voltammetry , Differential pulse voltammetry, Normal pulse voltammetry,, Reverse normal pulse voltammetry.
Version 300: DC Corrosion Techniques and EIS
Zero resistance ammeter (ZRA), Galvanic Corrosion, Cyclic Polarization, Linear Polarization, Tafel, Potentiostatic,Potentiodynamic, Galvanostatic, Galvanodynamic ,Dynamic IR, EIS
Version 400 : DC Corrosion Techniques and EIS and Advanced Voltammetry
VersaStudio 200 + VersaStudio 300
Version 450 : Energy Techniques, Voltammetry and EIS
Versastudio 200 + Constant Current Constant Potential ,Constant Resistance , Constant Power, Multi-Vertex Scan, Current CCDPL, Power CCD, Resistance CCD
Version 500 : Voltammetry, Corrosion, Energy and EIS
Versastudio 300 + Versastudio 450
With your PARSTAT 4000 all techniques are available.Read more >
Package of 5 softwares for the control of Princeton Applied Research instruments and analysis of electrochemical results (corrosion, voltammetry, impedance, EIS).
Princeton Applied Research has developed a package of 5 softwares to monitor and analyze all the results of the potentiostats / galvanostats in their range.
Software can be acquired as a package or individually.
PowerSINE®: This software allows ou to easily parameterize the potentiostatic EIS (Single-sign and muli-sign), galvanostatic EIS (GEIS) and Mott Schottky techniques.
PowerCV®: This software is specially designed for voltammetry measurements: Linear Sweep Voltammetry, Cyclic Voltammetry (One Vertex), One Vertex CV/ Multi-Cycle, Two Vertex CV/ Multi-Cycle, Uncompensated Resistance Determination.
PowerSTEP®: This software is specially designed for measurement in Chronoamperometry and Chronopotentiometry experiments.
PowerCORR®: This software is specially designed for corrosion experiments, it includes all the standard techniques: Tafel, linear polarisation, cyclic polarisation.
PowerPULSE®: This software includes pulsed techniques used in electroanalysis: Square Wave Voltammetry (SWV), Normal Pulse Voltammetry (NPV), Differential Pulse Voltammetry (DPV), Reverse Normal Pulse Voltammetry (RNPV), Recurrent Potential Pulses (RPP), Recurrent Galvanic Pulses (RGP), Uncompensated Resistance Determination.Read more >
CorrWare, Zplot and MultiStat Software
Developed in partnership with Scribner Associated the software CorrWare/ CorrView and Zplot/ Zview are now pleased to implement the most complex electrochemical experiments.
Developed in partnership with Scribner Associated, CorrWare, Zplot and MultiStat control, analysis and visualization software are compatible with Solartron Analytical and Princeton Applied Research.
Corrware / Corrview: This software pair allows the control and analysis of DC experiments for corrosion, for the development of batteries and fuel cells and for general electrochemical experiments.
Zplot / Zview: This software pair allows the control and analysis of AC techniques: EIS, Impedance, Mott-Schottky, AC voltammetry, equivalent scheme.
Using the Corrware / CorrView and Zplot / Zview softwares will allow you to use all AC and DC techniques for electrochemistry and materials analysis.
Multistat: Allows the use of AC and DC techniques with the Solartron multi-channel Cell Test system (1470E and FRA). MultiStat integrates CorrView and ZView for optimal presentation of your resultsRead more >
Modulab ECS/MTS Software
Supplied with all our Modulab ECS and MTS, this software allows the control, acquisition and analysis of the data generated by your Modulab.
This Modulab software includes all electrochemical techniques and allows you to create sequences of techniques (e.g. Volummetry then Tafel…). The available electrochemical or ‘step’ techniques are:
DC voltage techniques: Potentiostatic, Volummetry, (bearings, cyclic, linear…), Chronoamperometry, Chronocoulometry.
AC voltage techniques: Impendance, AC volummetry, (bearings, cyclic, linear…).
DC current techniques: Galvanostatics, potentiometry (bearings, cyclic, linear…), pulse galvanic, Chronopotentiometry.
AC current techniques: Impendance, AC potentiometry (bearings, cyclic, linear…).
The analytical techniques of the materials or step available are:
DC voltage techniques: Constant level, I-V characterisation (linear, triangular), pulse (constant progression, differential progression), square voltage.
AC voltage techniques: Constant voltage, voltage progression (linear, triangular, square)
The data can either be formatted by the software or exported to other electrochemistry software (Zplot, Corrware, CSV files for Excel or Word). Modulab also generates you equivalent circuits and proposes and presents the results in the form of various pre-programmed graphs (Bode, Mott Schottky).Read more >
Solartron Analytical current boosters allow you to perform electrochemical measurements with currents up to 100A.
Current boosters allow you to make your electrochemical measurements with currents up to 100A. Strong current measurements may be required for several applications such as:
• Study of fuel cells and supercapacitors
• The study of batteries
• Solar cells
In combination with Solartron potentiostats (Modulab XM ECS, 1287, 1285, 1280 and 1470), our boosters allow you to perform the most demanding measurements.Read more >
RDE0018 Analytical Cell
The RDE0018 cell is suitable for rotating cells, the kit includes a reference electrode (Platinum wire).
The RDE0018 has been designed for use with a rotating disk or ring electrode. The kit includes glassware, a platinum wire reference electrode and an Ag/ KCl solution. This cell is particularly suitable for use with out rotators 616A (for rotating disks) and 636A (for disks and rings).
The cell can also be used without a rotator.Read more >
Frequency Response Analyzer 20MHz 1255A
Frequency response analyzer 10 μHz to 20 MHz with phase gain and group delay measurement for electrochemistry and materials.
The 1255A impedance analyzer (10μHz to 20Mhz) is one of the most powerful instruments on the market in the 10μHz – 20MHz range. Used for the most demanding experiments, the 1260A is frequently quoted in publications dealing with corrosion, research on batteries, solar cells, LCD…
The 1255A impendance analyzer uses the single sign technique, which provides very precise gain and phase measurements. Its frequency range from 10µHz to 20MHz, its frequency resolution (1 in 65 million), its high precision (± 0.2%, 0.2) and its high bias voltage (± 40.95V) makes it the most powerful and accurae instrument on the market.
Associated with the electrochemical station 1287A, the 1255A becomes a tool of analysis of impendance (EIS…) which is very efficient. With the dielectric interface 1296, it will allow you to have a very high precision instrument for the analysis of the electrical response of your materials.Read more >
Modulab PhotoEchem for your Photoelectrochemistry measurements
Modulab PhotoEchem is the ultimate instrument for all your measurements combining light and electrochemistry and for characterizing your solar cells.
Modulab XM PhotoEchem is the latest addition to the MODULAB family, providing a complete answer to all PhotoElectrochemistry experiments.
Modulab XM PhotoEchem from Solartron Analytical is preprogrammed for IPCE (or quantum efficiency) measurements required for a better characterization of your solar cells and for direct solar cell electrolysis (for solar hydrogen production) and for measurements on DSCC cells.
The Modulab PhotoEchem is designed around:
- Modulab XM PhotoEchem for measurement on DSSC
- IPCE modules to allow you to measure quantum efficiency
- Optical bench adapted: Monochromator, 20W Tungsten lamp with its controller
- Modulab software with pre-programmed calculation stepsRead more >
PARSTAT 4000+: Potentiostat/ Galvanostat/ FRA
The PARSTAT 4000+ is a potentiostat, galvanostat, FRA with a voltage compliance of +/- 48V, current of +/- 4A and a frequency range 10μHz - 10MHz.
The PARSTAT 4000+ is the latest addition to the potentiostat/ galvanostat/ FRA family of Princeton Applied Research. It is the perfect example of our use of the opinions of our customers for the design of new instruments.
The PARSTAT 4000+ takes the versatility, flexibility and reliability of our Versastat family with the exceptional performance of the famous PARSTAT 2273. The PARSTAT 4000+ is the most powerful potentiostat/ galvanostat/ FRA that Princeton Applied Research has ever designed.
The PARSTAT 4000+ offers a +/- 48V compliance, +/- 4A currents and an internal FRA for your EIS up to 10MHz, it is controlled via a USB interface and uses the free Versastudio software.Read more >
PARSTAT MC Family: Multi-channel Potentiostats/ Galvanostat/ EIS
The PARSTAT MC is the most versatile multi-channel potentiostat/ galvanostat/ EIS on the market.
The PARSTAT MC family represents an ultimate advance in the design of multi-channel Potentiostat / Galvanostat / EIS.
Designed around a new 8-channel chassis (hot-swappable, floating mode, fast acquisition…).
Princeton Applied Research offers 4 types of potentiostat compatible cards to better adapt your needs.
• PARSTAT MC 2000: For the most demanding experiments on batteries, corrosion with resistive electrolyte and electroplating.
• PARSTAT MC 1000: For experiments requiring a large current range (nanobatteries, determination of low corrosion rate,coating…)
• PARSTAT MC 1000/DC: For experiments requiring the highest accuracy and best current range without EIS
• PARSTAT MC 500: Economical solution for most standard electrochemical experiments (EIS option available)Read more >
PARSTAT 3000: Potentiostats Gavanostats EIS
PARSTAT 3000 is an all-in-one instrument that will become the reference instrument of your laboratory.
The PARSTAT 3000, developed more specifically for corrosion research and energy storage, is positioned as a very versatile high-end instrument.Read more >
Potentiosat/ Galvanostat Apps-XM
Get the best of all-in-all backup technolgy.
The Solartron Modulab XM is designed to meet the vast majority of measurement requirements for electrochemistry and materials analysis laboratories (dielectric test module, electrochemistry module and photoelectrochemical modules).
With the Apps-XM family, we are able to find the Modulab XM’s qualities for laboratories with more specific needs, thus reducing the investment costs and the room on your bench. The Apps XM family is designed with Modulab modules, but only those that you need:
EnergyLab XM Potentiostat/ Galvanostat: The EnergyLab XM potentiostat allows you to perform all the electrochemical measurements and characterizations on batteries and supercapacitors and fuel cells (EIS measurements up to 1Mhz, 8V polarisation voltage, 2A polarisation current)
EchemLab XM Potentiostat/ Galvanostat: The EchemLab XM potentiostat allows you to perform the most advanced eelctrochemical analyzes such as Al/ Mg coating and anodizing, organic electroplating… (EIS measurements up to 1Mhz, polarisation voltage 100V…)
SolarLab XM Photoelectrochemical: The SolarLab XM is specially designed for your photo-electrochemical measurements (Impendance, Photovoltage Decay, Charge Extraction, I-V), it will allow you to characterize your solar cells (DSSC, perovskite cells). Delivered with its optical bench and a NIST 590nm LED, it is a turnkey system. We also propose to add other LEDs (from 420nm to 660nm) or a monochromator for more versatility.Read more >
PARSTAT 3000A DX Bi-Potentiostat
The PARSTAT 3000A DX high performances (Polarisation 30V, current 2A, EIS 7Mhz) make it the most versatile instrument on the market.
Princeton Applied Research brings new high-end measurement solutions to researchers. The PARSTAT 3000A DX is a bi-potentiostat with hardware synchronisation (for RRDE technique) and a double potentiostat (the two channels can be used independently on two different cells).
Its characteristics are among the most advanced on the market (impendence on each channel, 30V polarisation…) and will allow your team to have an instrument of great versatility.Read more >
Multi-channel Battery Cycler with Impedance Measurement
The result of the integration of the best frequency response analyzers and the largest manufacturer of cyclers.
HTDS is pleased to offer you the most advanced range of battery test solutions on the market.
As a result of a partnership between Princeton Applied Research and Solatron Analytical for impendance spectroscopy and MACCOR for cyclers; our systems will allow you to thoroughly characterize your batteries.
Our multi-channel solutions (up to 192) can test batteries with ESR <1mOhms and program up to 127 test steps per channel. The fully integrated EIS (electrochemical impendance spectrometry) tests will allow you to measure very precisely:
- ESR: determination of ionic resistance and evolutions
- State of Charge (SoC)
- State of life (SoH): state of the battery in relation to the ideal after several cycles
- Our systems can also integrate temperature measurement and controlRead more >
EnergyLab XM - The Ecochemical analyzer for energy storage
EnergyLab XM is a potentiostat specially developed to meet all test requirements for energy storage.
EnergyLab XM is the new Solartron Analytical solution for the study of energy systems (cells, batteries, fuel cells, supercapacitors …). EnergyLab XM is designed with MODULAB XM technologies and associated with energy testing modules. Its software, the most intuitive on the market, will enable you to test, characterize and evolve your energy storage solutions.Read more >
Model 1260A Impedance/Gain-phase Analyzer (FRA)
Frequency response analyzer 10 μHz to 32 MHz with measurement of 17 impedance parameters for electrochemistry and materials.
The 1260A impedance analyzer (10μHz to 32Mhz) is without a doubt the most powerful and versatile impedance analyzer on the market. Used for the most demanding experiments, the 1260A is frequently quoted in publications dealing with corrosion, research on batteries, solar cells, LCD …
The 1260A impedance analyzer uses the single sine technique, which provides very precise gain and phase measurements. Its frequency range from 10μHz to 32Mhz, its resolution (1 in 65 million), its high precision (0.1%, 0.1) and its high polarisation voltage (± 40.95V) makes it the most powerful and accurate instrument on the market.
Associated with the electrochemical station 1287A, the 1260A becomes a very efficent tool of impedance analysis (EIS …). With the dielectric interface 1296, it will allow you to have a very high precision instrument for the analysis of the electrical response of your materials.Read more >